Developing Nanocomposites for Today’s Markets: Do’s & Don’ts

Nanocomposites continue to gain fast momentum in high value applications. And withgrowing performance demands in automotive, aerospace, energy, biomedical…, approximate practices used in the past are no longer enough today to reachhigher strength, HDT, moisture resistancetargets at lower cost.

重新审视你的配方strategy (nanofiller selection, loadings) & processing parameters to:

1. Develop high performance nanocompositesby understanding the impact of your formulation & processing parameters on their mechanical, barrier, electrical properties
2. Troubleshoot faster poor dispersion, interfacial bonding: know the causes & solutions and how the system will be impacted by your problem solving strategy
3. Be competitive on high value marketsby achieving high stiffness to weight ratio, moisture resistance, improved heat deflection temperature (through real life cases)

Boast about your Skills-Get a participation certificate on joining the Live Online Course !

Compounders and R&D professionalsworking with nanofillers, fibers, dispersing & coupling agents and polymers to develop nanocomposites for high performance applications (formulation, design, use…)

The following sections will be covered during the session:

1. Impact of Formulation & Processing Parameters on Final Performance
   • Nanofillers selection & loadings
   • Dispersion & interfacial bonding
   • Methods of Preparation(in-situ, melt-blending...)
   • Tg, pressure, viscosity...


2. Optimizing Nanocomposite Formulations for your performance targets
   • Attaining desirable Structure
   • Improving Mechanical Properties (Modulus, Strength…)
   • Increase in Tg with Addition of Nanomaterials
   • Electrical Conductivity Studies
   • Do and Don’ts of Developing Nanocomposites


3. Typical Issues in compounding polymer-nanocomposites:Poor mechanical properties in end use, high failure rate...


4. Real life Case Studies
   • Increase Modulus of PS
   • Increase use temperature (HDT) of epoxy formulation by at least 5 C
   • Define Graphene Loading in PS
   • Electrical Conductivity vs Filler Volumes
   • Barrier Effects of Nanofillers


5. References and Conclusions


6. 30 Mins Q&A Session- Ask your questions directly from the expert

Have a query ? Email usfor any help !